Atmosic, Nichicon unveil power harvesting answer geared toward minimising battery waste in IoT

Atmosic Applied sciences and Nichicon Company have introduced partnership to supply clients with an power harvesting answer for small type issue IoT (web of issues) gadgets. The combination of Nichicon’s compact lithium titanate rechargeable battery (SLB) know-how with Atmosic’s ATM33e collection of wi-fi Bluetooth power harvesting system-on-chips (SoCs) presents builders an answer. It simplifies the mixing into wearable know-how and numerous different Bluetooth-enabled gadgets.

One foremost benefit of Atmosic’s ATM33e is SoC’s low energy consumption. When ATM33e is mixed with SLB collection gadgets, the answer presents prolonged battery operation in a small type issue. Moreover, SLB collection gadgets can join on to Atmosic’s SoC and be recharged from harvested power sources with out the necessity for a separate energy administration unit (PMU). This energy-productive and excessive built-in design reduces bill-of-materials (BoM) price and saves priceless area so builders can create compact designs.

“We look forward to a continued partnership with Nichicon leveraging our energy harvesting technology across a broad range of customer applications. Atmosic’s ATM33e is one of the most powerful and power-efficient Bluetooth 5.3 SoCs on the market. Our customers can use this complete solution to design cost-effective and sustainable IoT devices.” says Paul Davis, vice chairman of product administration at Atmosic.

“Nichicon is deeply committed to reducing the tech industry’s impact on the environment, including the growing problem of battery waste. Our partnership with Atmosic marks another milestone in creating a more sustainable IoT for generations to come.” says Craig Anderson, president at Nichicon America.

SLB rechargeable batteries assist a excessive variety of cost and discharge cycles (~25K cycles), low-temperature operation, and superior energy density when put next with typical rechargeable batteries. They are often charged from numerous power harvesting sources, making them nicely suited to shopper, industrial, and industrial IoT purposes. Moreover, by utilising lithium titanium oxide, SLB gadgets have security traits together with capacity to withstand combustion from punctures and different types of injury.

In area constrained purposes, Atmosic ATM33e is out there in an ultra-small chip-scale bundle (CSP). For conventional purposes, ATM33e can also be out there in 5x5mm and 7x7mm QFN (quad flat no lead) packages. The ATM33e contains an built-in Arm Cortex-M33F microcontroller with as much as 1536MB of non-volatile reminiscence, and 128KB (kilobyte) of RAM (random entry reminiscence).

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Author: Janmesh Chintankar
Date: 2023-09-22 06:43:36

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Alina A, Toronto
Alina A, Toronto
Alina A, an UofT graduate & Google Certified Cyber Security analyst, currently based in Toronto, Canada. She is passionate for Research and to write about Cyber-security related issues, trends and concerns in an emerging digital world.


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